On the off-chance you missed my previous pieces on this topic, at these dimensions conventional margin-based analysis becomes unreasonably pessimistic and it is necessary to analyze multiple dimensions together. People who build aircraft engines, turbines and other complex systems have known this for quite a long time. You… Read More
Why Ansys bought CLKDA
Skipping over debates about what exactly changed hands in this transaction, what interests me is the technical motivation since I’m familiar with solutions at both companies. Of course, I can construct my own high-level rationalization, but I wanted to hear from the insiders, so I pestered Vic Kulkarni (VP and Chief Strategist)… Read More
Margin Call
A year ago, I wrote about Ansys’ intro of Big Data methods into the world of power integrity analysis. The motivation behind this advance was introduced in another blog, questioning how far margin-based approaches to complex multi-dimensional analyses could go. An accurate analysis of power integrity in a complex chip should… Read More
Simulating ADAS
Simulation is a broad technique spanning certainly digital logic and circuit simulation but also methods beyond these which are particularly relevant to ADAS design. In fact, much of the design of full ADAS systems begins and ends with these types of modeling. This is in part due to the need fully validate integrity and reliability… Read More
Webinar: Chip-Package-System Design for ADAS
When thinking of ADAS from an embedded system perspective, it is tempting to imagine that system can be designed to some agreed margins without needing to worry too much about the details of the car environment and larger environment outside the car. But that’s no longer practical (or acceptable) for ADAS or autonomous systems.… Read More
Power Management Beyond the Edge
Power in IoT edge devices gets a lot of press around how to make devices last for years on a single battery charge, significantly through “dark silicon” – turning on only briefly to perform some measurement and shoot off a wireless transmission before turning off again. But we tend to forget that the infrastructure to support… Read More
Executive Interview: Vic Kulkarni of ANSYS
Having known Vic for many years, it is always great to spend time with him and catch up on what is happening inside the semiconductor ecosystem. As Senior Vice President and General Manager, RTL Power Business, at ANSYS in Silicon Valley, Vic spends a lot of time in the field with customers, partners, and at industry events so he has… Read More
Low Power Design – a Server Perspective (Webinar)
Most of what you have read about design for low power has probably focused on mobile devices where power consumption constraints tend to outweigh performance objectives. These devices use aggressive power switching strategies, based on the reasonable assumption that parts or all of the device can be powered down at any given … Read More
Integrity and Reliability in Analog and Mixed-Signal
In the largest and fastest growing categories in electronics – mobile, IoT and automotive – analog is playing an increasingly important role. It’s important in delivering high integrity power and critical signals to the design though LDO regulators and PLLs, in managing high speed interfaces like DDR and SERDES, in interfacing… Read More
Free Webinar: Designing Low-Power IoT Systems
As I have written before, IoT looks to be a key driver for design starts and future semiconductor revenue growth which is why we wrote “PROTOTYPICAL” and included a field guide to FPGA Prototyping. If you want to get funding for your new IoT chip project, having a working prototype is a good thing, absolutely. If you want to take a look… Read More